CNH-Industrial
Leon Claeysstraat 3a
8120 Zedelgem
België
https://www.cnhind-belgium.be
jobs.zedelgem@cnhind.com

Contact
Bart Moutton – bart.moutton@cnhind.com

Category
Mechanics

Context

A forage harvester is an agricultural machine that harvests crops like grass, corn and others. The harvester is taking in the crop material through a header and feeder and chopps the crop biological material to meet certain requirements and expels it into a trailer. These machines are quite complex, and a multitude of processes are occurring simultaneously.

Due to increasing computational power and improving technologies, modern design techniques are gradually more and more relying on simulations. Not only can the number of physical tests be reduced, often they provide insights that are very difficult or very expensive to obtain through classical methodologies.

One of the challenges in the current setting is to use simulation models of a given subsystem in the overall setup. Because of this, subsystems can be designed optimally, while we risk the whole system is suboptimal.

CNHIndustrial in Zedelgem is developing and manufacturing Combine Harvesters, Forage Harvesters and Large Square Balers. Within CNHI, Zedelgem is recognized as a center of excellence for product design.

Objectives

In this thesis, it is the intention to investigate the best way to link the models of subsystems into 1 master model. Investigating what models are already available in the company, and to what degree they could be used. Depending on the required accuracy of the model, different fidelity levels must be selectable. The link to controller development is also investigated, as plant models for this purpose have specific requirements.

  • In this thesis, you will learn to:
    • Setup system models in matlab simulink or amesim, and work towards a system
      architecture
    • Investigate what is the best backbone structure for this application, e.g. SVN, git, …
    • Analyze a scenario for power efficiency